This resource is a PowerPoint lesson plan for students learning about the scientific method. Suitable for KS3 or KS2 It requires some "mystery tins" which many schools have in their prep room or are easily made, these are used to demonstrate the steps of the scientific method. Then students then follow the steps of the scientific method to complete a mini investigation to find out what is in the tins without opening them up, followed by them evaluating the methods they used and thinking about how they could improve their ideas further. The PowerPoint also includes the steps of the scientific method and a definition for hypothesis that the students can note down.

This is an differentiated activity designed to assess and consolidate knowledge of models of the atom and Rutherford's experiment. Students answer questions about the experiment going up a grade ladder. It's very easy to mark, simply tick off all the grades the student has completed and circle a final grade based on an overall judgement. Students can then rewrite one of the grades they did not complete correctly as a student response.

Written task in the style of an essay to help assess and consolidate students understanding of the big bang and steady state theories, and why scientists accept the big bang as the correct theory. A grade ladder is included to help students structure their work. This task could be set as HW, cover work or done in class time. It is very easy to assess, simply tick of the grades the students have managed to include and complete correctly, then circle an overall grade based on your judgement. Students can then be given more information to help them improve or complete any missing grades.

This is a task designed to assess students on Topic 2 of the Edexcel GCSE (9-1), it could be set in class, as homework or as cover work. It works as a differentiated consolidation task as the students can choose which grade they are aiming for and work at their own pace. The task is similar to a badger task, students are asked to explain a range of situations, and use Newton's laws to help them. There is a grade ladder to guide them and for use in assessment of their work, and is best done as consolidation of the topic. The situations are: • An object sitting stationary on a desk • A car moving at a constant speed • A plane accelerating • A person skydiving.

This is a powerpoint for the first lesson on cells in year 7. The slides include all the information needed, plus two differentiated activities. The first is an information hunt (the worksheets and info sheets are included at the end of the powerpoint) and the second is a consolidation activity where students write about cells. The information hunt includes two possible worksheets for differentiation. To stretch higher ability students further remove the names from each info sheet and have the students identify it from the picture.

This is a task designed to assess students on Topic 3 of the Edexcel GCSE (9-1), it could be set in class, as homework or as cover work. This can be used as consolidation as well as assessment, it is also differentiated as the students can choose which grade they are aiming for and work at their own pace. The task is similar to a badger task, students are asked to explain the bowling ball pendulum demonstration using their understanding of energy conservation. There is a grade ladder to help them complete the task.

A differentiated task that can be used for consolidation or assessment. Based on Topic 4 of Edexcel GCSE (9-1) Students are given a grade ladder to help them write a script for a TV show on waves, the information should be aimed at students in year 8 and should be fun and engaging. Students can choose the grade they are aiming for and work at their own pace, grades 1-9 are included. This can be a group or individual activity.

A differentiated task, which is similar to a badger task with a grade ladder that students work their way up, that is based on topic 5, the EM spectrum, from Edexcel GCSE (9-1). This can be used for consolidation or assessment (or both!). Very quick to mark, simply tick the sections of the grade ladder each student has completed and circle their grade. Students can then be pointed towards resources that will help them improve a particular level.

A good resource for use with the new GCSE (9-1) and for recap when looking at further mechanics in A-level. The lesson plan introduces the basic ideas of circular motion with notes to help students understand. They then complete an activity looking at how various factors effect circular motion, helping them get familiar with the key idea that force is towards the centre of the circle. Finally they apply their knowledge to answer a question about orbits. Students can peer mark this and AFL can be achieved by them placing a post it note on the board over the number of marks achieved by their partner, giving you a quick idea of the understanding of the group as a whole. Instructions for the practical and a mark scheme for the question is included.

The second lesson in a sequence for year 7 students. This covers the parts of the microscope with a worksheet for students to label, and includes a task for looking at cells under a microscope. The students look at onion cells and answer questions about what they saw. There are extensions for differentiation.

A powerpoint and lesson plan for an introductory lesson on forces, good for KS3 or lower ability GCSE classes. Students write a definition of force, measure forces and take averages, and draw a simple force diagram. Easy to differentiate by providing more or less information, for example you can provide students with the names of the forces for the diagram, or get them to label it by themselves.